QC271. An aquifer has following different formations, their thickness and Hydraulic conductivity are given below. Assume that each formation is isotropic and homogeneous. Compute both the equivalent horizontal and vertical hydraulic conductivities. Formation 1 Thickness (m) 0.163 Hydraulic Conductivity (m/day) Formation Thickness (m) Hydraulic Conductivity (m/day) Formation 3 46 27.658 106.5 101 Thickness (m) 132.7630 2 0.202 53 47 28.867 108.8 102 135 4020 Hydraulic Conductivity (m/day) 233 235 3 3 0.267 7.6 30.102 111.1 103 138.0670 237.6 0.358 49 31.363 113.4 104 140.7580 239.9 5 0.475 122 50 32650 115.7 105 143.4750 242 2 6 0.618 14.5 51 33.963 118. 106 146 2180 244 5 7 0.787 16.8 52 35.302 120.3 107 148 9870 246 8 8 0.982 19.1 53 36.6670 1226 108 151.7820 249.1 1.203 214 54 38.0580 124.9 109 154.6030 2514 10 1.450 23.7 55 39.4750 127.2 110 157 4500 253.7 11 1.723 26 56 40 9180 129.5 111 160 3230 256 12 2.022 28.3 57 42 3870 131.8 112 163 2220 258.3 13 2.347 30.6 58 43.8820 134.1 113 166.1470 2606 14 2.698 32.9 59 45.4030 136.4 114 169.0980 2629 15 3.075 35.2 60 46.9500 138.7 115 172.0750 265.2 16 3.478 37.5 61 48.5230 141 116 175.0780 267.5 17 3.907 39.8 62 50.1220 143.3 117 178.1070 269.8 18 4.362 42.1 63 51.7470 145.6 118 181.1620 2721 19. 4.843 44.4 64 53.3980 147.9 119 184.2430 274.4 20 5.350 46.7 65 55.0750 150.2 120 187.3500 276.7 21 5.883 49 66 56.7780 152.5 121 190 4830 279 6.442 51.3 67 58.5070 154.8 193.6420 2813 23 7.027 53.6 60.2620 157.1 123 196.8270 283.6 24 7.638 55.9 69 62.0430 159.4 124 200.0380 285.9 25 8.275 58.2 63.8500 161.7 125 203 2750 288.2 26 8.938 60.5 71 65.6830 164 206.5380 290.5 27 9.627 62.8 67.5420 166.3 127 209 8270 292.8 28 10.342 65.1 73 69.4270 168.6 128 213.1420 295.1 29 11.083 674 74 71.3380 170.9 129 216.4830 297 4 30 11.850 69.7 75 73.2750 173.2 130 219 8500 2997 31 12 643 72 76 75.2380 175.5 131 223.2430 302 32 13.462 74.3 77 77.2270 177.8 132 226 6620 304.3 33 14.307 76.6 78 79.2420 180.1 133 230.1070 306 6 34 15.178 78.9 79 81.2830 182.4 134 233 5780 308.9 35 16 075 81.2 80 83.3500 184.7 135 237 0750 311.2 36 16.998 83.5 81 85.4430 187 136 240.5980 313.5 37 17.947 85.8 82 87.56201 189.3 137 244.1470 315.8 38 18.922 88.1 83 89.7070 191.6 138 247.7220 318.11 39 19.923 90.4 841 91.8780 193.9 139 251.3230 320.4 40 20.950 92.7 94.0750 196.2 140 254.9500 3227 41 22.003 95 86 96.2980 198.5 141 258.6030 325 23.082 97.3 87 98.5470 200.8 142 262.2820 327.3 43 24.187 99.6 88 100.8220 203.1 143 265.9870 329.6 44 25.318 101.9 89 103.1230 205.4 144 269.7180 331.9 45 26.475 104.2 90 105 4500 207.7 273 4750 334.21 91 107.8030 210 146 277 2580 336.5 92 110.1820 212.3 147 281.0670 338.8 93 112 5870 214.6 148 284 9020 341.1 115.0180 216.9 149 288 7630 343.4 95 117.4750 219.2 150 292.6500 345.7 96 119.9580 221.5 151 296 5630 348 97 122 4670 223.8 152 300.5020 350 3 98 125 0020 226.1 153 304 4670 3526 127 5630 2284 154 308 4580 354.9 100 130.1500 230.7 155 312 4750 357 2 156 316.5180 3595 Show the complete table Formation (i) 1 2 Thickness (H)m Hydraulic Conductivity (K) m/day Ki Hi Hi/Ki
QC271. An aquifer has following different formations, their thickness and Hydraulic conductivity are given below. Assume that each formation is isotropic and homogeneous. Compute both the equivalent horizontal and vertical hydraulic conductivities. Formation 1 Thickness (m) 0.163 Hydraulic Conductivity (m/day) Formation Thickness (m) Hydraulic Conductivity (m/day) Formation 3 46 27.658 106.5 101 Thickness (m) 132.7630 2 0.202 53 47 28.867 108.8 102 135 4020 Hydraulic Conductivity (m/day) 233 235 3 3 0.267 7.6 30.102 111.1 103 138.0670 237.6 0.358 49 31.363 113.4 104 140.7580 239.9 5 0.475 122 50 32650 115.7 105 143.4750 242 2 6 0.618 14.5 51 33.963 118. 106 146 2180 244 5 7 0.787 16.8 52 35.302 120.3 107 148 9870 246 8 8 0.982 19.1 53 36.6670 1226 108 151.7820 249.1 1.203 214 54 38.0580 124.9 109 154.6030 2514 10 1.450 23.7 55 39.4750 127.2 110 157 4500 253.7 11 1.723 26 56 40 9180 129.5 111 160 3230 256 12 2.022 28.3 57 42 3870 131.8 112 163 2220 258.3 13 2.347 30.6 58 43.8820 134.1 113 166.1470 2606 14 2.698 32.9 59 45.4030 136.4 114 169.0980 2629 15 3.075 35.2 60 46.9500 138.7 115 172.0750 265.2 16 3.478 37.5 61 48.5230 141 116 175.0780 267.5 17 3.907 39.8 62 50.1220 143.3 117 178.1070 269.8 18 4.362 42.1 63 51.7470 145.6 118 181.1620 2721 19. 4.843 44.4 64 53.3980 147.9 119 184.2430 274.4 20 5.350 46.7 65 55.0750 150.2 120 187.3500 276.7 21 5.883 49 66 56.7780 152.5 121 190 4830 279 6.442 51.3 67 58.5070 154.8 193.6420 2813 23 7.027 53.6 60.2620 157.1 123 196.8270 283.6 24 7.638 55.9 69 62.0430 159.4 124 200.0380 285.9 25 8.275 58.2 63.8500 161.7 125 203 2750 288.2 26 8.938 60.5 71 65.6830 164 206.5380 290.5 27 9.627 62.8 67.5420 166.3 127 209 8270 292.8 28 10.342 65.1 73 69.4270 168.6 128 213.1420 295.1 29 11.083 674 74 71.3380 170.9 129 216.4830 297 4 30 11.850 69.7 75 73.2750 173.2 130 219 8500 2997 31 12 643 72 76 75.2380 175.5 131 223.2430 302 32 13.462 74.3 77 77.2270 177.8 132 226 6620 304.3 33 14.307 76.6 78 79.2420 180.1 133 230.1070 306 6 34 15.178 78.9 79 81.2830 182.4 134 233 5780 308.9 35 16 075 81.2 80 83.3500 184.7 135 237 0750 311.2 36 16.998 83.5 81 85.4430 187 136 240.5980 313.5 37 17.947 85.8 82 87.56201 189.3 137 244.1470 315.8 38 18.922 88.1 83 89.7070 191.6 138 247.7220 318.11 39 19.923 90.4 841 91.8780 193.9 139 251.3230 320.4 40 20.950 92.7 94.0750 196.2 140 254.9500 3227 41 22.003 95 86 96.2980 198.5 141 258.6030 325 23.082 97.3 87 98.5470 200.8 142 262.2820 327.3 43 24.187 99.6 88 100.8220 203.1 143 265.9870 329.6 44 25.318 101.9 89 103.1230 205.4 144 269.7180 331.9 45 26.475 104.2 90 105 4500 207.7 273 4750 334.21 91 107.8030 210 146 277 2580 336.5 92 110.1820 212.3 147 281.0670 338.8 93 112 5870 214.6 148 284 9020 341.1 115.0180 216.9 149 288 7630 343.4 95 117.4750 219.2 150 292.6500 345.7 96 119.9580 221.5 151 296 5630 348 97 122 4670 223.8 152 300.5020 350 3 98 125 0020 226.1 153 304 4670 3526 127 5630 2284 154 308 4580 354.9 100 130.1500 230.7 155 312 4750 357 2 156 316.5180 3595 Show the complete table Formation (i) 1 2 Thickness (H)m Hydraulic Conductivity (K) m/day Ki Hi Hi/Ki
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
Related questions
Question
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
Recommended textbooks for you
Human Anatomy & Physiology (11th Edition)
Biology
ISBN:
9780134580999
Author:
Elaine N. Marieb, Katja N. Hoehn
Publisher:
PEARSON
Biology 2e
Biology
ISBN:
9781947172517
Author:
Matthew Douglas, Jung Choi, Mary Ann Clark
Publisher:
OpenStax
Anatomy & Physiology
Biology
ISBN:
9781259398629
Author:
McKinley, Michael P., O'loughlin, Valerie Dean, Bidle, Theresa Stouter
Publisher:
Mcgraw Hill Education,
Human Anatomy & Physiology (11th Edition)
Biology
ISBN:
9780134580999
Author:
Elaine N. Marieb, Katja N. Hoehn
Publisher:
PEARSON
Biology 2e
Biology
ISBN:
9781947172517
Author:
Matthew Douglas, Jung Choi, Mary Ann Clark
Publisher:
OpenStax
Anatomy & Physiology
Biology
ISBN:
9781259398629
Author:
McKinley, Michael P., O'loughlin, Valerie Dean, Bidle, Theresa Stouter
Publisher:
Mcgraw Hill Education,
Molecular Biology of the Cell (Sixth Edition)
Biology
ISBN:
9780815344322
Author:
Bruce Alberts, Alexander D. Johnson, Julian Lewis, David Morgan, Martin Raff, Keith Roberts, Peter Walter
Publisher:
W. W. Norton & Company
Laboratory Manual For Human Anatomy & Physiology
Biology
ISBN:
9781260159363
Author:
Martin, Terry R., Prentice-craver, Cynthia
Publisher:
McGraw-Hill Publishing Co.
Inquiry Into Life (16th Edition)
Biology
ISBN:
9781260231700
Author:
Sylvia S. Mader, Michael Windelspecht
Publisher:
McGraw Hill Education